Topics: o Goal 1: Darwin Presents His Case (16.3) o Goal 2: Evidence of Evolution (16.4) o Goal 3: Genes & Variation (17.1) o Goal 4: Evolution as Genetic Change (17.2) o Goal : Process of Speciation (17.3) Honors Biology 2018 Email: tkirkpatrick@tfd21.org Website: www.moodle.tfd21.org Unit 4: Evolution Textbook Chapters: 16, 17, 18, 19, 2 o Goal 6: Patterns & Processes of Evolution (19.2) o Goal 7: Modern Evolutionary Classification (18.2) o Goal 8: Tree of Life (18.3) o Goal 9: What Is an Animal? (2.1) Unit Objectives: Describe the conditions under which natural selection occurs. Explain the principle of common descent. Explain how geologic distribution of species relates to their evolutionary history. Explain how fossils and the fossil record document the descent of modern species from ancient ancestors. Describe what homologous structures and embryology suggest about the process of evolutionary change. Explain how molecular evidence can be used to trace the process of evolution. Define evolution in genetic terms. Identify the main sources of genetic variation in a population. State what determines the number of phenotypes for a trait. Explain how natural selection affects single-gene and polygenic traits. Describe genetic drift. Explain how different factors affect genetic equilibrium. Identify the types of isolation that can lead to the formation of new species. Identify the processes that influence survival or extinction of a species. Contrast gradualism and punctuated equilibrium. Name two important patterns in macroevolution. Explain the evolutionary characteristics of coevolving organisms. Describe how to make and interpret a cladogram/phylogenetic tree. Explain the use of DNA sequences in classification. Name the six kingdoms of life as they are currently identified. Explain what the tree of life represents. List the characteristics that all animals share. Differentiate between invertebrates and chordates. List and discuss the essential functions that animals perform in order to survive. Vocabulary Sections: Chapter 16.1, 16.2, 16.3, 16.4 ( words) Chapter 17.1, 17.2, 17.3 (19 words) Chapter 19.2 (8 words) Chapter 18.2, 18.3 (9 words) 1
Chapter 2.1 (6 words) Disclaimer: Your completion of an activity does not guarantee you its full points. Correctness of content, neatness and creativity are used to grade each assignment. Your completion of only C-layered and B-layered activities does guarantee you a C grade this is the highest grade you can expect from this layer. Also, tests and quests are required & will have an affect on your grade. Attendance is a must since most of this work is completed in class!! However, some activities will need to be completed for homework since we have limited time. **All assignments must have your name, period, and C#/B# in the upper right hand corner of the page upon turning in. **How to create flowcharts, concept maps, Tables, etc. can be found in Appendix (A6-A7) in your textbook. **If you unsure on how to complete any assignment, please ask!! C-Layer (99 pts min. / 161 pts max.) Assignments Possible C#1: Choose one assignment from below to complete: Construct a compare/contrast table listing similarities and differences between artificial and natural selection and give examples of each type of selection. Create a poster that represents the 3 terms: adaptation, fitness and selection. Include the word, definition (in your OWN words) and drawing that illustrates each term must be in color. Summarize the conditions under which natural selection occurs in a sentence paragraph. 16.3 Section Assessment #1, 2b, 3 - Complete Effective Sentences Received 2
C#2: Choose one assignment from below to complete: Construct a compare/contrast table on homologous, analogous and vestigial structures using the following headings: What is it? What does it mean? What is an example? (Write in your OWN words) Research recent scientific findings involving the human appendix. Write a - 7 sentence paragraph explaining what you find and how/why it was considered a vestigial structure. Must cite sources. Construct a concept map that shows the kinds of evidence that support the theory of evolution. 16.4 Section Assessment #1-4 - Complete Effective Sentences 8 16.4 Section Assessment #6 Minimum sentences. Cite sources if used. C#3: Choose one assignment from below to complete: Construct a concept map to describe the sources of genetic variation. Chapter 17 Mystery page 0 # 1-3 6 17.1 Section Assessment # 1 3 Complete Effective Sentences 9 17.1 Section Assessment #4 Minimum sentences. C#4: Choose one assignment from below to complete: Create a cause and effect diagram showing the conditions that lead to evolution. Create a concept map on Evolution as Genetic Change. 17.2 Section Assessment # 1-4 - Complete Effective Sentences 8 C#: Should Antibiotic Use be Restricted? Article page 493 1 C#6: Choose one assignment from below to complete: Construct a compare/contrast table that describes the three mechanisms of reproductive isolation. (Row titles: Definition, meaning, example) Construct a concept map to show the types of isolating mechanisms that lead to speciation. 17.3 Section Assessment # 1-4 - Complete Effective Sentences 6 C#7: Choose one assignment from below to complete: Make a compare/contrast table on the two extinctions and rates of evolution, describe each and provide an example of each. (Write in your OWN words). Include a title for the table. Write a minimum sentence paragraph comparing and contrasting background extinction and mass extinction. Construct a concept map on speciation, extinction and rates of evolution. 19.2 Section Assessment # 1 - - Complete Effective Sentences 9 3
C#8: Choose one assignment from below to complete: Build a 3-D cladogram of Figure 18-7 (#3) on page 17 using pipe cleaners, tape, and slips of paper for labels. Draw a cladogram of a manufactured item, such as a car, house-hold item, that has changed over the years. Label derived characters that appeared as new models arose. Create a table with 6 items, different characters to use. Write an analysis of what the cladogram on page 19 shows about the evolution of cats. Identify the derived characters and different clades within clades. Must be a minimum of sentences. 18.2 Section Assessment #1-4 must be in effective sentences. 8 C#9: Choose one assignment from below to complete: Research different organisms found in each kingdom. Sketch or use photos to create a poster illustrating all the diversity found in each kingdom. Include name of each kingdom and the names of organisms in each kingdom used. Must 1 be in color. (the # of pics must relate to the diversity & # of species in each kingdom) Create concept map describing the characteristics and kingdoms of the three domains. Develop a 3-D model of the Tree of Life on poster board. Use a different material to represent each kingdom (i.e. shoe string, pipe cleaners, beads). Match the branches on the model to the branches in Figure 18-18 on page 20 27. Make a key/legend of each piece of material with raised letters spelling out the kingdoms 18.3 Section Assessment #1-3 must be in effective sentences. 9 C#: Choose one assignment from below to complete: Create a Venn diagram comparing and contrasting invertebrates and chordates. Create a cluster diagram with Animals in the center circle, then supply the 1 three characteristics of animals & their five functions. Write a paragraph comparing a circulatory system to a city s highway system. Include how traffic and the city would be affected if there was an accident on the highway during rush hour. Describe this in terms of a breakdown in homeostasis. 2.1 Section Assessment #1-3 must be in effective sentences. 8 2.1 Section Assessment #4 (include a minimum of 3 functions) 9 C#11: Comparative Anatomy Packet 36 C#12: Choose one assignment from below to complete: Chapter Assessments: 16.2, 16.3, 17.1, 17.2, 17.3, 19.1, 19.2 (multiple choice only) Study Cards or Study Guide - use unit 4 objectives 1 Make a 0 question quiz or worksheet w/ a separate answer key. Incorporate 3 different types of questions use unit 4 objectives 4 1
B-Layer (320 pts min. / 320 pts max) B#1: NOVA Evolution Lab & Whiteboard B#2: Natural Selection Lab & Whiteboard B#3: Molecular Homology in Hoxc8 page 470 & Analyzing Data: Cytochrome C page 478 B#4: Amino Acid Sequences: Indicators of Evolution /Whiteboards 30 B#: Connecting Concepts: page 06 #3, 36, 39, 40 4 B#6: Genetic Equilibrium Activity & Whiteboard 2 B#7: Analyzing Data: Allele Frequency page 491 12 B#8: Competing for Resources & Whiteboard 20 B#9: Patterns of Evolution Jig Saw & Whiteboards 22 B#: Constructing/Interpreting Cladograms p. 20 & p. 34 #34-36, 39-41, page 3 #8-9 2 B#11: Molecular Classification 1 B#12: Analyzing Data: Comparing the Domains page 24 & Kingdom Drawings B#13: Characteristics of Survival & Body Systems Whiteboards 1 B#13: Feedback Inhibition Cycle Diagram, Science Graphics & Analyzing Data page 748 #32-34, 37-39 B#14: Clam Dissection (Alternate Assignment: Research Paper) 36 B#1: Earthworm Dissection (Alternate Assignment: Research Paper) 2 B#16: Rat Dissection (Alternate Assignment: Research Paper) 30 1 A-Layer (3 pts min/0 pts max) Choose ONE option below to complete for your A-Layer: Evolution Documentary page 70. Refer to directions on Moodle for more detailed information. 40 Designing an Exhibit see Moodle for specific directions and rubric. 0 Reading of novel Jurassic Park See Moodle for Reading Guide and complete assignment. 0 Assessments: Possible Darwin s Theory of Evolution Quiz (Goals 1-2: Chapter 16.3, 16.4) 38 Evolution of Populations Quest (Goals 3-6: Chapter 17.1, 17.2, 17.3, 19.2) 2 Dissection Practical (Goal 9: Chapter 2.1) 40 Evolution Unit Test 6 (Goals 1-9: Chapter 16.2, 16.3, 17.1, 17.2, 17.3, 19.2, 18.2, 18.3, 2.1) Received
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